Section 1

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P orbital

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Last updated

6 years ago

Date created

Mar 1, 2020

Cards (68)

Section 1

(50 cards)

P orbital

Front

6 electrons

Back

Coulombic attraction

Front

The force of attraction between positive and negative charges (greater distance, weaker attraction)

Back

Increases

Front

As we go down a group, atomic radius and principal quantum number....

Back

Thomson's Plum Pudding Model

Front

dense positive charge with negatively charge electrons interspersed (2nd)

Back

Decreases

Front

As we go from left to right across the table, atomic radius...

Back

F orbital

Front

14 electrons

Back

Bohr Model

Front

model of the atom in which electrons move rapidly around the nucleus in paths called orbits (4th)

Back

Sulfite

Front

SO3 2-

Back

Sulfate

Front

SO4 2-

Back

Hydrogen

Front

A nonmetal, but belongs to no family; reacts with other nonmetals to form molecular (covalent) compounds

Back

SF4

Front

sulfur tetrafluoride

Back

Ionization energy

Front

The minimum energy needed to remove an e- from an atom or ion

Back

Iron(3) chloride

Front

FeCl3

Back

Prefixes are used for...

Front

Covalent

Back

Cathode Ray Experiment

Front

Thomson's experiment where the cathode ray was attracted to a positive magnetic field and repelled by a negative magnetic field (2nd)

Back

NO3-

Front

Nitrate

Back

Larger

Front

Successive ionization energies are larger or smaller than previous ones?: cause we're moving electrons, but the protons stay the same

Back

Alkali metals

Front

The most reactive metals (one e- to lose)

Back

Gold Foil Experiment (Rutherford)

Front

When a beam of alpha particles strikes gold foil, most pass straight through, but some are scattered; the reason for this is presence of a nucleus (3rd)

Back

XeF2

Front

xenon difluoride

Back

Na2SO4

Front

sodium sulfate

Back

Sulfuric acid

Front

H2SO4

Back

S orbital

Front

2 electrons

Back

Change anion suffix from "ate" to...(ternary acid)

Front

Ic

Back

Roman numerals are used for...

Front

Ionic

Back

Ternary acid

Front

oxyacid

Back

Released

Front

For most atoms, adding an e- causes energy to be...released or gained?

Back

NH4+

Front

Ammonium

Back

NO2-

Front

Nitrite

Back

Change anion suffix from "ide" to...(for acid nomenclature)

Front

Ic

Back

Alkaline-earth metals

Front

Not as reactive as alkalis (two e- to lose), harder, denser, and higher melting points

Back

B

Front

Which one takes less ionization energy? Be or B

Back

diphosphorus pentoxide

Front

P2O5

Back

Hund's Rule

Front

Electrons will occupy different orbitals in the same sub level before doubling up in the same orbital

Back

Prefix added to ternary acids...

Front

N/a

Back

CO3 2-

Front

Carbonate

Back

electron affinity

Front

The energy change that occurs when an e- is added to a gaseous atom

Back

More

Front

More (-)e- affinity= more or less willing to accept an e-?

Back

Prefix used for binary acids...

Front

Hydro

Back

Phosphate

Front

PO4 3-

Back

Decreases

Front

As we go down a group, the first Ionization energy... (because more e-/e+ repulsion and shielding)

Back

Halogens

Front

This group has the most (-) electron affinities (they become very stable when they accept electrons)

Back

Increases

Front

Generally, as we go from left to right, 1st Ionization energy...

Back

Dalton's Atomic Theory

Front

Atoms are the smallest particle (1st)

Back

dinitrogen tetroxide

Front

N₂O₄

Back

PtO2

Front

platinum(4) oxide

Back

D orbital

Front

10 electrons

Back

[Ne] 3s2 3p1

Front

Al (aluminum): abbreviated configuration

Back

HCl

Front

hydrochloric acid

Back

Al (aluminum): full electron configuration

Front

1s2 2s2 2p6 3s2 3p1

Back

Section 2

(18 cards)

3+

Front

Al ion

Back

Hepta

Front

Prefixes: Seven

Back

2+

Front

Cd ion

Back

Increases

Front

Electronegativity, going up and to the right...

Back

Bromine, oxygen, Fluorine, iodine, nitrogen, chlorine, and hydrogen

Front

Diatomic elements

Back

Deca

Front

Prefixes: Ten

Back

Octa

Front

Prefixes: Eight

Back

Electronagativity

Front

The tendency for a bonded atom to attract e- to itself

Back

Nona

Front

Prefixes: Nine

Back

Fluorine

Front

Most electronegative element

Back

Anions

Front

negatively charged ions; larger than parent atoms

Back

1+

Front

Ag ion

Back

Hexa

Front

Prefixes: 6

Back

Noble gases

Front

All are monatomic; have completely filled s and p orbitals

Back

Cations

Front

positively charged ions; smaller than parent atoms

Back

Tetra

Front

Prefixes: Four

Back

1s, 2s, 2p, 3s, 3p, 4s, 3d, 4p, 5s, 4d, 5p, 6s, 4f, 5d, 6p, 7s, 5f, 6d

Front

Electron Placement

Back

2+

Front

Zn ion

Back